Abstract High-rise towers in the Gulf face a unique thermal challenge: extreme solar loads, high ambient temperatures, and in many coastal locations, high humidity. Computational Fluid Dynamics (CFD) has become an essential tool to understand indoor airflow, heat transfer and to design HVAC and façade strategies that deliver thermal comfort while minimizing energy use. This blog explains why CFD matters for towers in KSA, Oman and Kuwait, the practical simulation approach, co

The Gulf’s manufacturing sector—refining, petrochemicals, fertilizer, metals, and specialty chemicals—operates in a uniquely harsh envelope: extreme heat (often >45 °C), high solar loads, coastal humidity, Shamal winds, and intermittent dust events. In this context, Computational Fluid Dynamics (CFD) simulation has become a high-leverage tool to design, verify, and continuously optimize systems for toxic-gas removal and exposure control—well beyond what rules-of-thumb or 1-D

Introduction: In modern building design specially in gulf countries (Saudi Arab, Qatar, Kuwait, Oman, UAE), architectural louvers play a...

Desert cities have a unique set of challenges when it comes to keeping their residents comfortable. With soaring temperatures and dry...